GPR will attend?MHI: The Association That Makes Supply Chains Work #ProMat2025?Conference in Chicago, Illinois, next week. Every year, the newest ideas and innovations gather here, and we're thrilled to meet with leaders across the supply chain at our first show. Interested in discussing robust localization solutions for your operations? Email [email protected] and let's meet!
关于我们
At GPR, we are on a mission to help industry leaders unlock the full potential of autonomy through subterranean data. By using an ultra-wideband radar to create a 3-D map of the road's unique subsurface, GPR's technology is unaffected by adverse weather or terrain conditions, GPS availability, and other common fail points faced by traditional localization technologies. This translates to a safer and more reliable automated driving experience. Visit us at www.gpr.com.
- 网站
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https://www.gpr.com
GPR的外部链接
- 所属行业
- 自动化机械制造业
- 规模
- 11-50 人
- 总部
- Somerville,Massachusetts
- 类型
- 私人持股
- 创立
- 2017
- 领域
- Autonomous Technology、Ground Positioning Radar、Sensor Fusion、Localization、Radar Technology、Positioning、Ground Penetrating Radar、GPS Jamming、Autonomous Mobility和Autonomy
地点
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主要
444 Somerville Ave
US,Massachusetts,Somerville,02143
GPR员工
动态
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One of the biggest yet often overlooked threats to localization reliability is ionospheric scintillation—a naturally occurring phenomenon where solar activity disrupts satellite signals. It’s unpredictable, increasingly frequent, and can introduce positioning errors ranging from a few centimeters to several meters. For industries that depend on uninterrupted, high-precision localization, this isn’t a minor inconvenience—it’s a fundamental challenge to safety, efficiency, and autonomy itself. With the upcoming solar maximum, these disruptions will only get worse, impacting industries like: ?? Autonomous Freight & Vehicles – Routing failures and costly delays ?? Aerospace & Defense – UAVs and military systems losing positioning ?? Mining & Industrial Automation – Safety risks and halted operations Our latest blog covers GPR's resilient alternative to positioning outages for ground vehicles- from tunnels to remote locations- transforming what's possible in uptime and autonomous operations. Read the full blog: https://bit.ly/3XNFxCv
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Today, we recognize and celebrate the women at GPR whose expertise, leadership, and innovation drive our company forward. From engineering to HR, marketing to business strategy, their contributions shape the future of not just GPR, but our entire industry and responsible autonomy. There is nothing these women can't do! We are grateful for their work, their vision, and their commitment to advancing technology in meaningful ways. Thank you sincerely for all that you do—today and every day. Viharika Cherukula Amanda Fowler Madeline Harwood, SHRM-CP Erika Klek Sai Sree Pothireddy Gari Anisha Singrodia Hannah Osborn Varsha Suresh Reddy Vanya Banjac
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On the heels of this week's announcement, we're resharing?this project for Empowered on technologies enabling safe and responsible autonomy, featuring Hexagon's?Nicole Waier. Traditional localization methods struggle in tunnels, urban canyons, and GPS-jammed areas. By combining NovAtel’s industry-leading technology with GPR’s subsurface mapping, we’re pushing the boundaries of autonomy, mining, and other mission-critical applications—ensuring centimeter-level accuracy when it matters most. This collaboration gets us closer to always-available and reliable autonomous navigation in all conditions. Watch the full video here: https://bit.ly/4bu1JH3
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Today, we’re excited to announce a strategic collaboration with Hexagon's Autonomy & Positioning division, a global leader in precision positioning. Through this partnership, NovAtel’s SPAN GNSS+INS solution will integrate GPR’s WaveSense ground-penetrating radar, unlocking unparalleled localization accuracy in GNSS-denied environments. “GPR’s innovative solution is a complementary addition to SPAN to meet the rigorous positioning performance requirements for applications from mining to autonomy,"?Sandy Kennedy, vice-president of innovation with Hexagon’s Autonomy & Positioning division. GPR is thrilled to receive this validation and begin the next phase of the agreement. ?? Together, we’re making autonomy safer, more reliable, and scalable across industries. Read more about this collaboration below, and stay tuned for updates!
We are pleased to announce that GPR and Hexagon's Autonomy & Positioning division have signed an MOU to explore the integration of GPR's WaveSense ground-penetrating radar technology with our SPAN GNSS+INS (Global Navigation Satellite Systems + Inertial Navigation System) technology for a robust positioning solution. This agreement strongly validates the market’s need for our combined solutions offering unparalleled reliability in localisation, even in the most challenging environments. Read more about our collaboration >> https://hxgn.biz/3FeNvOe #GNSS #INS #GPR #inertial #sensorfusion
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GPR is headed to the Prospectors & Developers Association of Canada (PDAC) 2025 Convention today! Noah Gedrimas will join world leaders in the mineral industry to discuss the trends shaping #mining and the role automation technologies play. Interested in meeting at #PDAC2025? Send us a message ??
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Our teams are the backbone of GPR's success, so we can't think of any better advice than the one shared by Anisha Singrodia, GPR's Radar Machine Learning Engineer. We're pretty lucky to have her on our team too! ??
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We’re excited to announce that GPR has officially received regulatory approval in Japan! ???? This milestone enables GPR to support the growing demand from Japanese OEMs and operators as industrial automation advances. With regulatory approval in place,?GPR—the world’s first and only Ground Penetrating Radar authorized for large-scale deployment on public roads—can now operate in Japan as well, providing one of the world’s most advanced automation markets with a resilient localization solution that functions across diverse environments and sectors. We’re thrilled to receive this approval and to work with innovators to enable the next generation of autonomous and automated mobility. To learn more, reach out to [email protected].
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